As AI adoption accelerates, data centers must rethink their cooling strategies to support increasingly dense and power-intensive workloads. Traditional air-cooling solutions are reaching their limits, making liquid cooling a critical component in enabling the next generation of high-performance computing.

This whitepaper from Schneider Electric explores the growing role of liquid cooling in AI-driven infrastructure and provides a roadmap for seamless adoption.

Read this whitepaper to explore:

• The limitations of air cooling and why liquid cooling is becoming essential for AI workloads
• Key liquid cooling technologies including direct-to-chip and immersion cooling
• Best practices for integration into both new and existing data center environments
• How hybrid cooling strategies can optimize efficiency and sustainability
• The long-term impact on energy use, cost, and operational resilience